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A review on assembly sequence planning and assembly line balancing optimisationusing soft computing approaches

机译:装配顺序计划与装配线平衡优化综述使用软计算方法

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摘要

Assembly optimisation activities occur across development and production stagesof manufacturing goods. Assembly Sequence Planning (ASP) and Assembly LineBalancing (ALB) problems are among the assembly optimisation. Both of theseactivities are classified as NP-hard. Several soft computing approaches usingdifferent techniques have been developed to solve ASP and ALB. Although theseapproaches do not guarantee the optimum solution, they have been successfullyapplied in many ASP and ALB optimisation works. This paper reported the surveyon research in ASP and ALB that use soft computing approaches for the past10years. To be more specific, only Simple Assembly Line Balancing Problem(SALBP) is considered for ALB. The survey shows that three soft computingalgorithms that frequently used to solve ASP and ALB are Genetic Algorithm, AntColony Optimisation and Particle Swarm Optimisation. Meanwhile, the research inASP and ALB is also progressing to the next level by integration of assemblyoptimisation activities across product development stages.
机译:装配优化活动发生在制造产品的开发和生产阶段。装配顺序优化(ASP)和装配线平衡(ALB)问题是装配优化中的问题。这两种活动都被归类为NP-hard。已经开发了几种使用不同技术的软计算方法来解决ASP和ALB。尽管这些方法不能保证最佳解决方案,但它们已成功应用于许多ASP和ALB优化工作中。本文报道了近十年来使用软计算方法在ASP和ALB中进行的Surveyon研究。更具体地说,ALB仅考虑简单装配线平衡问题(SALBP)。调查显示,经常用于解决ASP和ALB的三种软计算算法是遗传算法,蚁群优化和粒子群优化。同时,ASP和ALB的研究也通过整合跨产品开发阶段的装配优化活动而进一步发展。

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